HSIMCHUMAN–AI REALITY INFRASTRUCTURE
Reality R&D / T736 / Complete Work Ecosystem / Continue Evidence

HSIMC · MCP-READY · CONTINUE EVIDENCE · C0-004

Evidence that work can continue. 让每一次能力进步,都有证据可以接续。

From a real NPU computation, to an independently compared result, to a capability that returns after reboot. The same work carries verifiable operation IDs, source hashes, accepted HSA Turn/Final references, and clearly bounded readiness.不是靠一句「Demo 成功」, 而是把真实执行、Golden 比较、系统恢复和 Mac Localhost 的 Turn/Final 接受证据 关联起来,让全球协作能够从正确的停点继续。

MCP 2026-07-28 T736-ECO-002 Verified on USA2 · 2026-10-10 HSA / Localhost · 15/15 × 3 No public MCP HTTP endpoint
2Acceptance milestones · 两项阶段性验证
3HSA accepted turns, each 15/15 · 三次完整接受
256 BIndependent Golden exact match · 原厂逐字节通过
1Real reboot recovered and retested · 一次真实重启恢复
Evidence is scoped, not universal readiness. 验收指向指定设备、固定模型与时间范围。 Hash 证明记录的内容一致,不等于自动产生执行授权或普遍适配性。 当前 e-Person 未获通用 NPU 执行权限;计划中的断电恢复也尚未开始。

C0-012 · T736 ENGINEERING FIELD GUIDE · 2026-10-12

Continue from verified T736 work.从已验证的位置继续:T736 工程接续手册

HDMI and Xorg diagnosis, desktop launchers, browser namespaces, recovered BSP inputs and ETH-like MCP receipts. Sixteen practical lessons connect 36 existing work directories, scoped evidence and reusable source.16 条实用经验,连接 36 个已有工作目录、实机验收、源码图谱和下一工作包。浏览器与候选内核的未验事项明确保留。

Open bilingual guide / 阅读中英手册 → · Download continuation bundle / 下载接续包

OPERATION → ACCEPTANCE → PUBLICATION → CONTINUE

One reusable proof chain 未来每项 MCP-Ready 能力都可以沿用的证据链

01 · Observe原始设备、输入与时间;来源清楚
02 · Execute / compare真实操作、模型输出及验收方法
03 · HSA accept原生 Turn、Final、SHA256 回读接受
04 · Publish增量页面、JSON、基线哈希及公网验证

The work evidence has an actual operation time. HSA acceptance has a separate accepted time. Publishing the web page is a third event. These timestamps are not interchangeable. 「执行时间」「Localhost 接受时间」「网站发布时间」是不同的记录,不应该混写。 MCP 协议调用可以 Stateless,但工作、权限、历史和证据仍要由明确的持久记录承担。

GATE 01 · COMPUTE BECOMES MCP-ADDRESSABLE

First real NPU computation 第一轮:真实 NPU 计算可被 MCP 调用与回读

On 10 October, the first fixed reference NBG executed on the real T736 through the independently installed MCP Client. This proved bounded hardware execution—not general model accuracy. The original C0-002 evidence remains unchanged.

CE-M3-001 · M3 SCOPED PASS · 有界通过

First physical NPU computation through MCP首次真实 NPU 推理成为 MCP 可调用能力

12.827 ms

Fixed-NBG hardware inference固定 NBG 实际推理

Physical / MCP observation · 实测时间
HSA accepted · Localhost 接受时间
Real device operation · 设备实际 Operation IDM3-9137fcf0948247d78a51
Final Mirror ID · 已接受最终正文锚点 e_353672a09ff88c93c9e02d2ab052

Fixed reference NBG model physically executed through official MCP Client; scope limited to this model/input and tested boot.

Not verified / 未验证: Output numerical correctness (Golden) not assessed · General model compatibility not assessed · No public MCP HTTP endpoint

View HSA / Localhost proof · 查看 Turn/Final 原始 ID 与 SHA256
HSA state
TURN_ACCEPTED · 15/15
Accepted · HKT
2026-10-10 09:40:06 HKT
Accepted · UTC
2026-10-10T01:40:06.779Z
Turn ID
HRI-HSIMC-T736-NPU-FIRST-PHYSICAL-INFERENCE-M3-001-20261010
Turn Complete ID
e_597f191008f9a89b7ca3f921289a
Turn SHA256
78c667b70cdef714ba0c8da677f8fd14d56680b4429a707ebec584e0367c0e8d
Final Mirror ID
e_353672a09ff88c93c9e02d2ab052
Final SHA256
90ff0299b4bf2b4bd2bcb33bb52b101182471f2021e0622b2d463270e38fcc30
Localhost transaction SHA256
723d99345e3715399547f277d12fbc3d82ebfcb736ad59b0a7f2ed4657adde71
Accepted seq
1845

这些是已在 Mac Localhost 实际回读的接受记录锚点;不公开原始对话内容,也不提供对外可访问的私人 API。

GATE 02 · GOLDEN CORRECTNESS & CONTINUITY

Correctness is checked. Capability returns after reboot. 第二轮:验证正确性,并证明系统重启后能重新执行

First compare the supplier custom_lut output byte-for-byte against an independently supplied Golden. Then reboot the physical node exactly once: verify its pinned driver auto-restored, old boot evidence became stale, and both NPU computations could be run again over MCP.

CE-G1-001 · G1 SCOPED PASS · 有界通过

Independent supplier Golden output comparison真实 NPU 输出与供应商 Golden 逐字节一致

256 bytes

Supplier Golden exact comparison供应商 Golden 逐字节一致

Physical / MCP observation · 实测时间
HSA accepted · Localhost 接受时间
Real device operation · 设备实际 Operation IDG1-a701da8048c344ee8c90
Final Mirror ID · 已接受最终正文锚点 e_64eab99a46c06a5aea6114dcd045

256-byte vendor custom_lut v3 output compared exactly via the pinned -b 0 path; independent of prior NBG test.

Not verified / 未验证: Does not prove ShuffleNetV2 numerical correctness · One fixed input only · Not a general computer-vision benchmark

View HSA / Localhost proof · 查看 Turn/Final 原始 ID 与 SHA256
HSA state
TURN_ACCEPTED · 15/15
Accepted · HKT
2026-10-10 10:02:43 HKT
Accepted · UTC
2026-10-10T02:02:43.648Z
Turn ID
HRI-HSIMC-T736-NPU-GOLDEN-REBOOT-ACCEPTANCE-G1-001-20261010
Turn Complete ID
e_09ea11d2704033db6f3da50f316b
Turn SHA256
f7047f0233ed84837778da63523f86e77747d71f2f0de2c0f345086f4addcbff
Final Mirror ID
e_64eab99a46c06a5aea6114dcd045
Final SHA256
402909721c3e2e2ad7f625896c14e86faf4efee2d04688929acac58fc80249da
Localhost transaction SHA256
58551bc159b040b848fa5b2fad99facddb7706f4b4d4c10a9e8b617c3c2c1657
Accepted seq
1861

这些是已在 Mac Localhost 实际回读的接受记录锚点;不公开原始对话内容,也不提供对外可访问的私人 API。

CE-G1R-001 · G1R SCOPED PASS · 有界通过

Verified NPU recovery after an actual reboot真实重启后驱动自动恢复、MCP 重新执行与 Golden 再次通过

PASS

One real reboot and both tests repeated一次重启恢复+两项 MCP 验证

Physical / MCP observation · 实测时间
HSA accepted · Localhost 接受时间
Real device operation · 设备实际 Operation IDM3-1f8e84c488be4bdba757G1-45c1924abec04fda99ba
Final Mirror ID · 已接受最终正文锚点 e_95768d243bcd2ad85163d2f07e35

One changed boot ID; systemd auto-loaded pinned vipcore; official MCP Client reran fixed NBG and vendor Golden; old per-boot operation rejected as current readiness.

Not verified / 未验证: Only one reboot tested · Not full outage / power-loss recovery · No sustained thermal/power or multi-model accuracy test

View HSA / Localhost proof · 查看 Turn/Final 原始 ID 与 SHA256
HSA state
TURN_ACCEPTED · 15/15
Accepted · HKT
2026-10-10 10:25:31 HKT
Accepted · UTC
2026-10-10T02:25:31.751Z
Turn ID
HRI-HSIMC-T736-NPU-BOOT-RECOVERY-G1R-001-20261010
Turn Complete ID
e_ff599f5f747e0019af6daa8e6225
Turn SHA256
92274922cf2e9788199790e275a0a710267136560719b387c3ce8311c09778c4
Final Mirror ID
e_95768d243bcd2ad85163d2f07e35
Final SHA256
bd6d9fec33037e479981fa4b9a10d3e6cb2b0b9e62bc59da9a63aa50c3f070ae
Localhost transaction SHA256
8603806f70c55f50743e2ec4b4a6e6ea06a5026747c37f6587407949c5d968e2
Accepted seq
1877

这些是已在 Mac Localhost 实际回读的接受记录锚点;不公开原始对话内容,也不提供对外可访问的私人 API。

HSA / LOCALHOST · ATTESTED CONTINUITY ANCHORS

What the HSA evidence proves Turn/Final ID 与硬件 Operation ID 分别负责什么

Physical / MCP operation

Device and model identity, operation ID, observed time, runtime, model/Golden hash and actual readback. 证明指定设备做了哪一次有界计算。

HSA / Localhost acceptance

Accepted Turn ID, Turn Complete ID, Final Mirror ID, SHA256, acceptance time and 15/15 status. 证明当轮输入、判断和最终回复已由本地记录完整接受。

Public Continue evidence

Versioned evidence URL, machine-readable public data, prior baselines, published checksum and remaining gaps. 帮助另一位参与者从有据可查的状态继续。

HSA IDs on this page are opaque references into the private Mac Localhost source. The original private Prompt, Final, device logs and supplier libraries are not publicly hosted. A SHA256 digest is an integrity reference, not a cryptographic signature or a public verification service.

GATE 03 · PHYSICAL POWER CUT · C0-005

After real power loss, capability returned 真实断电后,现场计算能力再次可以接续

REAL OPERATOR POWER-CUT TEST NEW BOOT + MCP NPU PASS 256-byte Golden PASS

Human-confirmed main-power interruption, direct-Mac link outage 11:30:53–11:31:34 HKT, a newly booted USA2 with pinned VIPLite driver and unchanged network, and two new NPU MCP operations. The network window is not an electrical measure of the 10–15-second cut.

NEW · C0-006 · PHYSICAL NO-BUTTON POWER RESTORE · 2026-10-10

Power restored, MCP-ready again 真实来电无需按键,T736 自动恢复 NPU 与 MCP。

One operator-attested mains reconnect without pressing the power button, new boot, delayed NPU / USA2 service recovery and fresh independent MCP NBG + vendor 256-byte Golden pass. The first SSH-ready signal came before full service readiness: a new R0–R4 Readiness Gate is specified, but cold-start-to-ready latency remains unbenchmarked.

已验证单次真实无人按键来电恢复与新 boot 的独立 NPU/MCP 调用; 初次监测误报保留,后续回读确认 USA2、vipcore 及 Golden 全部恢复。 下一阶段测量真正的能力就绪时刻,而不是只看 SSH 恢复。

C0-011 · 2026-10-12 · INTERACTIVE HDMI DESKTOP AFTER REAL BOOT

Ubuntu Xubuntu desktop now visible and usable after reboot T736 HDMI 1080p:重新开机后 Ubuntu 图形桌面真实恢复

Following C0-010, a scoped Xorg DRM BITMASK-property compatibility fix removed a startup crash. Live XFCE desktop, keyboard/mouse and a later real reboot have machine evidence and operator confirmation. HDMI-1 runs 1920×1080 @ 60 Hz. This is one experimental board, not production readiness or 2K acceptance.

现场照片、键鼠操作、GDB 根因证据、真实新 Boot 的 LightDM 自动启动和再次现场确认,构成可追溯的受监督工程工作结果。 原有 HDMI、NPU、WD 研究与失败历史保持不变。

C0-010 · 2026-10-11 · T736 HDMI · VENDOR SOURCE TO PHYSICAL OUTPUT

From supplier archives to visible HDMI test patterns 从原厂资料和固件,自主解析到 T736 实际 HDMI 图案显示

A scoped engineering case: supplier hardware and firmware sources, independently compared MIPI and HDMI Device Trees, a minimally patched Ubuntu boot, an explicitly authorized reboot, a real KMS/EDID readback and a bounded TCON/HDMI internal pattern test. Human operator reports successful screen output. The standard Xorg desktop remains pending; this is not a production certification.

从约 51 GB 本地供应商资料到真实实验板可见 HDMI 图案, 每一步保留来源、授权、SHA256、真实负面结果及恢复边界。这是有专业监督的 e-Person 工作方式示例,不是无人监督的自治设备操作。

C0-009 · 2026-10-11 · FIRST SUPPLIER PRODUCT EVALUATION

T736: fixed NPU and MCP proven; unattended restart not accepted T736 首次供应商样板研究:计算可行,自动重启尚待工程完善

Independent hardware NPU samples and bounded MCP 6+6 passed on a prior boot. A real experimental reboot recovered Linux, SSH, cellular PPP and original MCP 3+3, but NPU auto-loading failed. WD volumes auto-mounted with unclean filesystem warnings. The failed service was disabled and both volumes safely unmounted. Research proof, not production-ready certification.

首次样板研究已形成明确判断:硬件计算路线成立;无人值守 开机恢复及 WD 启动安全仍未就绪。真实失败、回退与限制均记录在新的研究结论中。

NEW · C0-008 · 2026-10-11 · SECOND INDEPENDENT T736 NPU

AIS B · Real NPU inference and exact supplier Golden PASS 第二块 T736 独立通过固定模型实机推理和原厂 256-byte Golden

Independent hk2 bound the NPU kernel driver, executed a fixed NBG (sample hardware profile 12,828 µs), and matched a separate supplier custom_lut 256-byte Golden (24 µs). The previously accepted read-only MCP 3+3 also passed an independent Client readback. B-side NPU MCP 6+6, boot recovery and cellular PPP0 are not accepted.

USA2 保持关机,B 板在自己的硬件上完成实际计算与精确数值比较。 该结果不包括 B 的 MCP NPU 6×6、SIM 网络恢复或自动开机验收。

NEW · C0-007 · 2026-10-10 · SECOND INDEPENDENT T736 NODE

AIS T736 B · Observed network routes, not an inherited MCP claim 第二块 T736:独立身份、SIM 网络路径和 WD 4TB 现场证据

The B board hk2 was independently reached over its Wi-Fi hotspot by SSH. Downstream Wi-Fi / Ethernet traffic selects cellular ppp0 via table 736, while host-originated default traffic uses eth0. LTE registration is roaming and WD 4TB exFAT is mounted rw; no B-side MCP/NPU acceptance has occurred.

真实核对了 B 板的网络入口与两类不同的出口路线、当前 LTE 漫游和 4TB 挂载事实。MCP/NPU 验收仍待独立完成。

CONTINUE · FUTURE CAPABILITY RELEASES

A format for every next accepted increment 下一份 Continue 可以复用同一个模式

Each later increment should have a new event ID and preserve the earlier accepted records. Include the capability/SKU reference, source version, operating environment, work scope, real operation ID, observation time, passed/failed/not-run gates, HSA accepted Turn/Final IDs and hashes, plus a public release readback receipt. An open or failed task must not be disguised as a new PASS.

CONTINUED UNDER C0-005

Physical power loss: scoped acceptance now available 原 C0-004 待执行项已接续为 C0-005 实际证据

The C0-004 historical ledger retains the original NOT_RUN state as of its date. A later real power-disconnect event is recorded separately, with human attestation, Mac outage, new boot and fresh MCP NPU/Golden operations. See C0-005 power-loss evidence. Power-on button behavior is pending confirmation.

Connected HSIMC work / 回到现有工作入口
T736 Continue (EN) T736 Continue (中文) Complete work ecosystem e-Person for Me